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//=====================================================================================
//Chapter 14 example 9
clc;
clear all;
//variable declaration
n =4; //number of full digits
v1 = 10; //voltage in V
V1 = 1; //voltage in V
V2 =10; //voltage in V
//calculations
R = 1/(10^n); //resolution
R1 = R*v1; //resolution on 1V range in V
R2 = R*V1; //resolution on 1V range in V for display 0.6132 V
R3 = R*V2; //resolution on 10V range in V for display 0.6132 V
//result
mprintf("R = %3.4f V",R);
mprintf("\nR1 = %3.4f V",R1);
mprintf("\nany decimal upto third decimal can be displayed ");
mprintf("\nhence 13.97 can be dislayed as 13.970")
mprintf("\n R2 = %3.4f V",R2);
mprintf("\nany deccimal upto fourth decimal can be displayed on 1V");
mprintf("\nhence 0.6132 can be dislayed as 0.6132 V");
mprintf("\n R3 = %3.4f V",R3);
mprintf("\nany deccimal upto third decimal can be displayed on 10 V ");
mprintf("\nhence 0.6132 can be dislayed as 0.613 V");
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